Model Railroad Signal Systems has signal control systems and DCC auto reverse circuits for use with any scale of model railroading. No matter what scale you model, a modular signal system will bring …

Gregg Fuhriman designed a signalling system which uses an Occupancy Bus to send signal data from one layout module to the next. This is done by connecting block detectors, optical detectors and …

The three signal modules designed for Free-mo layouts remove the complication of wiring your signals by having all the components built onto the board. The Cascade Module, FCM-1, not only drives two …

Although designed for Free-mo modules, the FCM-1 can be used on any model railroad layout where signals is required. Train detection is accomplished by routing the DCC track feeders through either …

Each set of crossing signals operate just like the prototype. The signals begin to flash when the train first passes either of the sensors furthest away from the crossing and will extingish after the last car has …

The FOM-1 is similar to the block module with the exception that it uses an external optical sensor to detect train movement. Although designed for Free-mo modules, the FOM-1 can be used on any …

Although designed for Free-mo modules, the FBM-2 can be used on any model railroad layout where block detection is required. Train detection is accomplished by routing the DCC track feeders through …

The chart in Table 1 list the different signal types and the settings for the jumpers. If the jumpers are not set correctly, your signals will not operate properly.

All the circuits designed and posted on the Model Railroad Signal Systems website have been designed and created as a hobby. Many hours of research and development have gone into the design of …

Although designed for Free-mo modules, the FBM-1 can be used on any model railroad layout where block detection is required. Train detection is accomplished by routing the DCC track feeders through …